TypeScript cli-framework.contains函数代码示例

  async preRun(inputs: CommandLineInputs, options: CommandLineOptions, runinfo: CommandInstanceInfo): Promise<void> {
    await this.preRunChecks(runinfo);

    if (options['r'] || options['noresources']) {
      options['resources'] = false;
    }

    inputs[0] = !inputs[0] ? 'ls' : inputs[0];
    inputs[0] = (inputs[0] === 'rm') ? 'remove' : inputs[0];
    inputs[0] = (inputs[0] === 'list') ? 'ls' : inputs[0];

    validate(inputs[0], 'action', [contains(['add', 'remove', 'update', 'ls', 'check', 'save'], {})]);

    // If the action is list, check, or save, then just end here.
    if (['ls', 'check', 'save'].includes(inputs[0])) {
      await this.runCordova(['platform', inputs[0]], {});
      throw new FatalException('', 0);
    }

    if (!inputs[1]) {
      const platform = await this.env.prompt({
        type: 'input',
        name: 'platform',
        message: `What platform would you like to ${inputs[0]} (${['android', 'ios'].map(v => input(v)).join(', ')}):`,
      });

      inputs[1] = platform.trim();
    }

    validate(inputs[1], 'platform', [validators.required]);
  }

  async preRun(inputs: CommandLineInputs, options: CommandLineOptions, runinfo: CommandInstanceInfo): Promise<void> {
    await this.preRunChecks(runinfo);

    inputs[0] = !inputs[0] ? 'ls' : inputs[0];
    inputs[0] = (inputs[0] === 'rm') ? 'remove' : inputs[0];
    inputs[0] = (inputs[0] === 'list') ? 'ls' : inputs[0];

    validate(inputs[0], 'action', [contains(['add', 'remove', 'ls', 'save'], {})]);

    // If the action is list then lets just end here.
    if (['ls', 'save'].includes(inputs[0])) {
      await this.runCordova(['plugin', inputs[0]], {});
      throw new FatalException('', 0);
    }

    if (!inputs[1]) {
      const plugin = await this.env.prompt({
        message: `What plugin would you like to ${inputs[0]}:`,
        type: 'input',
        name: 'plugin',
      });

      inputs[1] = plugin;
    }

    validate(inputs[1], 'plugin', [validators.required]);
  }

  async run(inputs: CommandLineInputs, options: CommandLineOptions): Promise<void> {
    const { formatAilmentMessage } = await import('../../lib/doctor');

    const [ id ] = inputs;

    if (id) {
      const registry = await this.getRegistry();
      const ailmentIds = registry.ailments.map(a => a.id);
      validate(id, 'id', [contains(ailmentIds, {})]);
      const ailment = registry.get(id);

      if (!ailment) {
        throw new FatalException(`Issue not found by ID: ${input(id)}`);
      }

      const detected = await ailment.detected();

      if (!detected) {
        this.env.log.ok(`${input(ailment.id)} does not need fixing as it was not detected.`);
        return;
      }

      if (!isTreatableAilment(ailment)) {
        this.env.log.warn(await formatAilmentMessage(ailment));

        throw new FatalException(
          `Issue cannot be fixed automatically: ${input(ailment.id)}\n` +
          `Unfortunately the CLI can't automatically fix the specified issue at this time. However, please see the steps above for manually fixing the issue.`
        );
      }

      if (this.env.config.get(`doctor.issues.${ailment.id}.ignored` as any)) {
        const confirm = await this.env.prompt({
          type: 'confirm',
          name: 'confirm',
          message: `${input(ailment.id)} is ignored, are you sure you want to continue?`,
        });

        if (!confirm) {
          return;
        }

        this.env.config.unset(`doctor.issues.${ailment.id}.ignored` as any);
      }

      try {
        await this.treatAilment(ailment);
      } catch (e) {
        this.handleError(e);
      }
    } else {
      const ailments = await this.detectTreatableAilments();
      await this.treatAilments(ailments);
    }
  }

  async preRun(inputs: CommandLineInputs, options: CommandLineOptions): Promise<void> {
    await this.checkForOpenSSH();

    this.env.session.getUserToken();

    if (!options['annotation']) {
      options['annotation'] = this.env.config.get('user.email');
    }

    validate(String(options['type']), 'type', [contains(SSH_KEY_TYPES, { caseSensitive: false })]);
  }

  async getCommandMetadata(): Promise<Partial<CommandMetadata>> {
    return {
      groups: [],
      summary: `Generate pipes, components, pages, directives, providers, and tabs`,
      description: `
Automatically create components for your Ionic app.

The given ${input('name')} is normalized into an appropriate naming convention. For example, ${input('ionic generate page neat')} creates a page by the name of ${input('NeatPage')} in ${input('src/pages/neat/')}.
      `,
      exampleCommands: [
        '',
        ...GENERATOR_TYPES,
        'component foo',
        'page Login',
        'page Detail --no-module',
        'page About --constants',
        'pipe MyFilterPipe',
      ],
      inputs: [
        {
          name: 'type',
          summary: `The type of generator (e.g. ${GENERATOR_TYPES.map(t => input(t)).join(', ')})`,
          validators: [validators.required, contains(GENERATOR_TYPES, {})],
        },
        {
          name: 'name',
          summary: 'The name of the component being generated',
          validators: [validators.required],
        },
      ],
      options: [
        {
          name: 'module',
          summary: 'Do not generate an NgModule for the component',
          type: Boolean,
          default: true,
        },
        {
          name: 'constants',
          summary: 'Generate a page constant file for lazy-loaded pages',
          type: Boolean,
          default: false,
        },
      ],
    };
  }

  async getMetadata(): Promise<CommandMetadata> {
    return {
      name: 'disable',
      type: 'project',
      summary: 'Disable an integration',
      description: `
Integrations, such as Cordova, can be disabled with this command.
      `,
      inputs: [
        {
          name: 'name',
          summary: `The integration to disable (e.g. ${INTEGRATION_NAMES.map(i => input(i)).join(', ')})`,
          validators: [validators.required, contains(INTEGRATION_NAMES, {})],
        },
      ],
    };
  }

  async run(inputs: CommandLineInputs, options: CommandLineOptions): Promise<void> {
    const [ id ] = inputs;

    if (id) {
      const registry = await this.getRegistry();
      const ailmentIds = registry.ailments.map(a => a.id);
      validate(id, 'id', [contains(ailmentIds, {})]);
      const ailment = registry.get(id);

      if (!ailment) {
        throw new FatalException(`Issue not found by ID: ${input(id)}`);
      }

      await this.checkAilment(ailment);
    } else {
      const ailments = await this.detectAilments();
      await this.checkAilments(ailments);
    }
  }

  async getMetadata(): Promise<CommandMetadata> {
    return {
      name: 'enable',
      type: 'project',
      summary: 'Add & enable integrations to your app',
      description: `
Integrations, such as Cordova, can be enabled with this command. If the integration has never been added to the project, ${input('ionic integrations enable')} will download and add the integration.

Integrations can be re-added with the ${input('--add')} option.
      `,
      inputs: [
        {
          name: 'name',
          summary: `The integration to enable (e.g. ${INTEGRATION_NAMES.map(i => input(i)).join(', ')})`,
          validators: [validators.required, contains(INTEGRATION_NAMES, {})],
        },
      ],
      options: [
        {
          name: 'add',
          summary: 'Download and add the integration even if enabled',
          type: Boolean,
        },
        {
          name: 'root',
          summary: 'Specify an alternative destination to download into when adding',
          spec: { value: 'path' },
        },
        {
          name: 'quiet',
          summary: 'Do not log file operations',
          type: Boolean,
        },
      ],
    };
  }

  async getMetadata(): Promise<CommandMetadata> {
    const dashUrl = this.env.config.getDashUrl();

    return {
      name: 'build',
      type: 'project',
      summary: 'Create a package build on Appflow',
      description: `
This command creates a package build on Ionic Appflow. While the build is running, it prints the remote build log to the terminal. If the build is successful, it downloads the created app package file in the current directory.

Apart from ${input('--commit')}, every option can be specified using the full name setup within the Dashboard[^dashboard].

The ${input('--security-profile')} option is mandatory for any iOS build but not for Android debug builds.

Customizing the build:
- The ${input('--environment')} and ${input('--native-config')} options can be used to customize the groups of values exposed to the build.
- Override the preferred platform with ${input('--target-platform')}. This is useful for building older iOS apps.
`,
      footnotes: [
        {
          id: 'dashboard',
          url: dashUrl,
        },
      ],
      exampleCommands: [
        'android debug',
        'ios development --security-profile="iOS Security Profile Name"',
        'android debug --environment="My Custom Environment Name"',
        'android debug --native-config="My Custom Native Config Name"',
        'android debug --commit=2345cd3305a1cf94de34e93b73a932f25baac77c',
        'ios development --security-profile="iOS Security Profile Name" --target-platform="iOS - Xcode 9"',
        'ios development --security-profile="iOS Security Profile Name" --build-file-name=my_custom_file_name.ipa',
      ],
      inputs: [
        {
          name: 'platform',
          summary: `The platform to package (${PLATFORMS.map(v => input(v)).join(', ')})`,
          validators: [validators.required, contains(PLATFORMS, {})],
        },
        {
          name: 'type',
          summary: `The build type (${BUILD_TYPES.map(v => input(v)).join(', ')})`,
          validators: [validators.required, contains(BUILD_TYPES, {})],
        },
      ],
      options: [
        {
          name: 'security-profile',
          summary: 'Security profile',
          type: String,
          spec: { value: 'name' },
        },
        {
          name: 'environment',
          summary: 'The group of environment variables exposed to your build',
          type: String,
          spec: { value: 'name' },
        },
        {
          name: 'native-config',
          summary: 'The group of native config variables exposed to your build',
          type: String,
          spec: { value: 'name' },
        },
        {
          name: 'commit',
          summary: 'Commit (defaults to HEAD)',
          type: String,
          groups: [MetadataGroup.ADVANCED],
          spec: { value: 'sha1' },
        },
        {
          name: 'target-platform',
          summary: `Target platform (${TARGET_PLATFORM.map(v => input(`"${v}"`)).join(', ')})`,
          type: String,
          groups: [MetadataGroup.ADVANCED],
          spec: { value: 'name' },
        },
        {
          name: 'build-file-name',
          summary: 'The name for the downloaded build file',
          type: String,
          groups: [MetadataGroup.ADVANCED],
          spec: { value: 'name' },
        },
      ],
    };
  }

 validate: v => validators.required(v) && contains(buildTypes, {})(v),